pokegame.cpp

Brew下的塔罗牌游戏。游戏功能完整

				m_ptAnime3.y = m_ptAnime2.y + 4;
				m_ptAnime4.y = 0;//坐标偏移
			}
			else
			{
				m_nAnimeStep++;
				//初始化发牌牌堆位置
				m_ptAnime4.x = (m_cxScreen - m_nTotalHeight * 2 - m_rtPoke.x * 3) / 4;
			}
		}
		break;
	case 25://牌堆移到屏幕做边，准备发牌
		if (m_ptAnime1.x - FRAMESKIP * XP_STEP25> m_ptAnime4.x)
			m_ptAnime1.x -= FRAMESKIP * XP_STEP25;
		else
			m_ptAnime1.x = m_ptAnime4.x;
		for (i = m_nTotalHeight - 1;i >=0;i--)
			m_pBmpBuffer->BltIn(m_ptAnime1.x + i, m_ptAnime1.y + i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime1.x == m_ptAnime4.x)
		{
			m_nAnimeStep++;
			int temp1 = 0,temp2 = 0;
			for (i = 0;i < TOTALPOKES;i++)
			{
				byte byRand;
				GETRAND(&byRand, 1);
				temp1 = byRand % TOTALPOKES;
				temp2 = m_arwPKQueue[i];
				m_arwPKQueue[i] = m_arwPKQueue[temp1];
				m_arwPKQueue[temp1] = temp2;
			}
			//牌堆坐标为最底下的那张的坐标
			i = m_nTotalHeight - 1;
			m_ptAnime1.x+=i;
			m_ptAnime1.y+=i;
			m_ptAnime5.x = m_ptAnime4.x * 2 + m_nTotalHeight + m_rtPoke.x;
			m_ptAnime5.y = m_ptAnime1.y;
			m_ptAnime2.x = m_cxScreen - m_ptAnime4.x - m_rtPoke.x;
			m_ptAnime2.y = m_ptAnime1.y;
		}
		break;
	case 26://保持牌堆，等待用户按键
		for (i = 0;i <=m_nTotalHeight - 1;i++)
			m_pBmpBuffer->BltIn(m_ptAnime1.x - i, m_ptAnime1.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		break;
	}
	UpdateEx();

	//文字
	if (m_nAnimeStep == 26)
	{
		if(m_pShell->LoadResString(POKE_RES_FILE, IDS_FP, m_szFlashText, 50) == 0)
			return;
		StrFlash(IDS_FP);
	}
}

void CPokeGame::AnimeFP(void)
{
	//循环用变量
	int i = 0,j = 0,k = 0;

	switch (m_nAnimeStep)//步骤
	{
	case 1://从1次队列最下方取牌
		//画1次队列
		j = 0;
		if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES)
			for (; j < (TOTALPOKES - 1 - m_nPosResult - m_nPosQueue_2) / POKESPERPIXEL + 1; j++)
			m_pBmpBuffer->BltIn(m_ptAnime1.x - j, m_ptAnime1.y - j, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		//画2次队列
		if (m_nPosQueue_2)
			for (i = 0;i < m_nPosQueue_2 / POKESPERPIXEL + 1;i++)
				m_pBmpBuffer->BltIn(m_ptAnime2.x - i, m_ptAnime2.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueue_2[m_nPosQueue_2 - 1] - 1), 0, AEE_RO_TRANSPARENT);
		//画结果队列
		for (i = 0;i < m_nPosResult;i++)
			m_pBmpBuffer->BltIn(DISTANCE_EDGE + m_nPokeDistance * i, DISTANCE_EDGE, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwResult[i] - 1), 0, AEE_RO_TRANSPARENT);
		m_nAnimeStep = 2;
		m_ptAnime3.x = m_ptAnime1.x;
		m_ptAnime3.y = m_ptAnime1.y;
		break;
	case 2://把1次队列取出的牌向临时纸牌队列移动
		//画2次队列
		j = 0;
		if (m_nPosQueue_2)
			for(; j < m_nPosQueue_2 / POKESPERPIXEL + 1; j++)
				m_pBmpBuffer->BltIn(m_ptAnime2.x - j, m_ptAnime2.y - j, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueue_2[m_nPosQueue_2 - 1] - 1), 0, AEE_RO_TRANSPARENT);

		//计算移动后的坐标。其中m_ptAnime5是临时队列坐标，是目的地；m_ptAnime1为1次队列坐标，是出发地；m_ptAnime3为当前坐标
		//如果距离大于一步
		if (m_ptAnime5.x - m_ptAnime3.x >= FRAMESKIP * FP_STEP2_MOVE)
			m_ptAnime3.x += FRAMESKIP * FP_STEP2_MOVE;//5倍速度移动
		else
			m_ptAnime3.x = m_ptAnime5.x;

		//画结果队列
		for (i = 0;i < m_nPosResult;i++)
			m_pBmpBuffer->BltIn(DISTANCE_EDGE + m_nPokeDistance * i, DISTANCE_EDGE, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwResult[i] - 1), 0, AEE_RO_TRANSPARENT);

		//画被移动的牌
		m_pBmpBuffer->BltIn(m_ptAnime3.x, m_ptAnime3.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);

		//画1次队列
		i = 0;
		if (m_nPosQueue_2 + m_nPosResult + 1 < TOTALPOKES)
			for (; i < (TOTALPOKES - 1 - m_nPosResult - m_nPosQueue_2) / POKESPERPIXEL + 1; i++)
				m_pBmpBuffer->BltIn(m_ptAnime1.x - i, m_ptAnime1.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);


		//移动完毕
		if (m_ptAnime3.x == m_ptAnime5.x)
		{
			m_arwPKQueueTmp[m_nPosQueueTmp] = m_arwPKQueue[TOTALPOKES - m_nPosQueue_2 - m_nPosResult + m_nPosQueue - 1];
			m_nPosQueueTmp++;
			m_nDelayms = FP_STEP2_DELAY;
			//如果1次纸牌队列空
			if (m_nPosQueue_2 + m_nPosResult + m_nPosQueueTmp == TOTALPOKES)
				m_nAnimeStep = 4;
			else
			{
				m_nAnimeStep = 3;
				m_ptAnime3.x = m_ptAnime1.x - i;
				m_ptAnime4.x = (m_ptAnime5.x - m_ptAnime3.x) / 13;//每次移动的距离
				m_ptAnime4.y = 16;//旋转一共需要13贞，前后相距3贞
			}
		}
		break;
	case 3://从1次队列顶部移动2张牌到临时队列
		m_ptAnime4.y--;
		m_ptAnime3.x += m_ptAnime4.x;
		j = (TOTALPOKES - m_nPosQueue_2 - m_nPosResult - 1) / POKESPERPIXEL;
		m_ptAnime3.y = m_ptAnime5.y - j + (m_ptAnime3.x - m_ptAnime1.x + j) * j / (m_ptAnime5.x - m_ptAnime1.x + j);
		k = m_ptAnime1.y - (m_ptAnime3.x - m_ptAnime4.x * 3 - m_ptAnime1.x + j) * j / (m_ptAnime5.x - m_ptAnime1.x + j);

		//画1次队列
		i = 0;
		switch (TOTALPOKES - m_nPosQueue_2 - m_nPosResult - 1)
		{
		case 1:
			break;
		case 2:
			if (m_ptAnime4.y > 12)
				m_pBmpBuffer->BltIn(m_ptAnime1.x, m_ptAnime1.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
			break;
		default:
			for (; i < (TOTALPOKES - 2 - m_nPosResult - m_nPosQueue_2) / POKESPERPIXEL + 1; i++)
				m_pBmpBuffer->BltIn(m_ptAnime1.x - i, m_ptAnime1.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		}
		//画2次队列
		j = 0;
		if (m_nPosQueue_2)
			for (; j < m_nPosQueue_2 / POKESPERPIXEL + 1; j++)
				m_pBmpBuffer->BltIn(m_ptAnime2.x - j, m_ptAnime2.y - j, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueue_2[m_nPosQueue_2 - 1] - 1), 0, AEE_RO_TRANSPARENT);

		//画临时队列
		for (i = 0;i < m_nPosQueueTmp / POKESPERPIXEL + 1;i++)
			m_pBmpBuffer->BltIn(m_ptAnime5.x - i, m_ptAnime5.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);

		if (m_ptAnime4.y == 15)
			m_pBmpBuffer->BltIn(m_ptAnime3.x, m_ptAnime3.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 14 || m_ptAnime4.y == 13)
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2, m_ptAnime3.y - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (34 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 12)
		{
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - m_ptAnime4.x * 3, k, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeBkH.x - m_rtPoke.x) / 2, m_ptAnime3.y - (m_rtPokeBkH.y - m_rtPoke.y) / 2, m_rtPokeBkH.x, m_rtPokeBkH.y, m_pBmpPokeBkH, 0, 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 11 || m_ptAnime4.y == 10)
		{
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (28 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2, m_ptAnime3.y - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (23 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 9)
		{
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeBkH.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeBkH.y - m_rtPoke.y) / 2, m_rtPokeBkH.x, m_rtPokeBkH.y, m_pBmpPokeBkH, 0, 0, AEE_RO_TRANSPARENT);
			m_pBmpBuffer->BltIn(m_ptAnime3.x, m_ptAnime3.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 8 || m_ptAnime4.y == 7)
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (17 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 6)
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - m_ptAnime4.x * 3, k, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 8 || m_ptAnime4.y == 7)
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2, m_ptAnime3.y - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (22 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 6)
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeBkH.x - m_rtPoke.x) / 2, m_ptAnime3.y - (m_rtPokeBkH.y - m_rtPoke.y) / 2, m_rtPokeBkH.x, m_rtPokeBkH.y, m_pBmpPokeBkH, 0, 0, AEE_RO_TRANSPARENT);
		if (m_ptAnime4.y == 5 || m_ptAnime4.y == 4)
		{
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (16 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
			m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_ptAnime3.y - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (11 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 3)
		{
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeBkH.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeBkH.y - m_rtPoke.y) / 2, m_rtPokeBkH.x, m_rtPokeBkH.y, m_pBmpPokeBkH, 0, 0, AEE_RO_TRANSPARENT);
			m_pBmpBuffer->BltIn(m_ptAnime3.x, m_ptAnime3.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 2 || m_ptAnime4.y == 1)
		{
			m_pBmpBuffer->BltIn(m_ptAnime5.x, m_ptAnime5.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - (m_rtPokeRotate.x - m_rtPoke.x) / 2 - m_ptAnime4.x * 3, k - (m_rtPokeRotate.y - m_rtPoke.y) / 2, m_rtPokeRotate.x, m_rtPokeRotate.y, m_pBmpPokeRotate, m_rtPokeRotate.x *  (5 - m_ptAnime4.y * 2), 0, AEE_RO_TRANSPARENT);
		}
		if (m_ptAnime4.y == 0)
		{
			m_pBmpBuffer->BltIn(m_ptAnime5.x, m_ptAnime5.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
				m_pBmpBuffer->BltIn(m_ptAnime5.x, m_ptAnime5.y, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		}
		//画结果队列
		for (i = 0;i < m_nPosResult;i++)
			m_pBmpBuffer->BltIn(DISTANCE_EDGE + m_nPokeDistance * i, DISTANCE_EDGE, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwResult[i] - 1), 0, AEE_RO_TRANSPARENT);
		//判断跳转
		if (m_ptAnime4.y == 0)
		{
			m_nDelayms = FP_STEP3_DELAY;
			//牌值转移
			m_arwPKQueueTmp[m_nPosQueueTmp] = m_arwPKQueue[m_nPosQueue];
			m_nPosQueue++;
			m_nPosQueueTmp++;
			if (m_nPosQueue_2 + m_nPosResult < TOTALPOKES - 2)
			{
				m_arwPKQueueTmp[m_nPosQueueTmp] = m_arwPKQueue[m_nPosQueue];
				m_nPosQueue++;
				m_nPosQueueTmp++;
			}
			m_nAnimeStep = 4;
		}
		break;
	case 4://将临时队列反转
		//画1次队列
		j = 0;
		if (m_nPosQueue_2 + m_nPosResult + m_nPosQueueTmp < TOTALPOKES)
			for (; j < (TOTALPOKES - 1 - m_nPosResult - m_nPosQueue_2 - m_nPosQueueTmp) / POKESPERPIXEL + 1; j++)
				m_pBmpBuffer->BltIn(m_ptAnime1.x - j, m_ptAnime1.y - j, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);
		//画2次队列
		if (m_nPosQueue_2)
			for (i = 0;i < m_nPosQueue_2 / POKESPERPIXEL + 1;i++)
				m_pBmpBuffer->BltIn(m_ptAnime2.x - i, m_ptAnime2.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueue_2[m_nPosQueue_2 - 1] - 1), 0, AEE_RO_TRANSPARENT);
		//画结果队列
		for (i = 0;i < m_nPosResult;i++)
			m_pBmpBuffer->BltIn(DISTANCE_EDGE + m_nPokeDistance * i, DISTANCE_EDGE, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwResult[i] - 1), 0, AEE_RO_TRANSPARENT);
		//画临时队列
		for (i = 0;i < m_nPosQueueTmp / POKESPERPIXEL + 1;i++)
			m_pBmpBuffer->BltIn(m_ptAnime5.x - i, m_ptAnime5.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueueTmp[0] - 1), 0, AEE_RO_TRANSPARENT);
		m_nAnimeStep = 5;
		m_ptAnime3.x = m_ptAnime5.x;
		m_ptAnime3.y = m_ptAnime5.y;
		m_nDelayms = FP_STEP4_DELAY;
		m_nAnimeStep = 5;
		break;
	case 5://把临时队列向2次纸牌队列移动
		//画2次队列
		j = 0;
		if (m_nPosQueue_2)
			for (; j < m_nPosQueue_2 / POKESPERPIXEL + 1; j++)
				m_pBmpBuffer->BltIn(m_ptAnime2.x - j, m_ptAnime2.y - j, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueue_2[m_nPosQueue_2 - 1] - 1), 0, AEE_RO_TRANSPARENT);

		//计算移动后的坐标。其中m_ptAnime2为目的地，m_ptAnime5为源地，m_ptAnime3为当前坐标
		//如果距离大于一步
		if (m_ptAnime2.x - j - m_ptAnime3.x >= FRAMESKIP * FP_STEP5_MOVE)
		{
			m_ptAnime3.x += FRAMESKIP * FP_STEP5_MOVE;//FP_STEP5_MOVE倍速度移动
			m_ptAnime3.y = m_ptAnime5.y - (m_ptAnime3.x - m_ptAnime5.x) * j/ (m_ptAnime2.x - m_ptAnime5.x);
		}
		else
		{
			m_ptAnime3.x = m_ptAnime2.x - j;
			m_ptAnime3.y = m_ptAnime2.y - j;
		}

		//画结果队列
		for (i = 0;i < m_nPosResult;i++)
			m_pBmpBuffer->BltIn(DISTANCE_EDGE + m_nPokeDistance * i, DISTANCE_EDGE, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwResult[i] - 1), 0, AEE_RO_TRANSPARENT);

		//画被移动的牌
		if (m_arwPKQueueTmp[0])
			for (i = 0;i < m_nPosQueueTmp / POKESPERPIXEL + 1;i++)
				m_pBmpBuffer->BltIn(m_ptAnime3.x - i, m_ptAnime3.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, m_rtPoke.x * (m_arwPKQueueTmp[0] - 1), 0, AEE_RO_TRANSPARENT);

		//画1次队列
		i = 0;
		if (m_nPosQueue_2 + m_nPosResult + m_nPosQueueTmp < TOTALPOKES)
			for(; i < (TOTALPOKES - 1 - m_nPosResult - m_nPosQueue_2 - m_nPosQueueTmp) / POKESPERPIXEL + 1; i++)
				m_pBmpBuffer->BltIn(m_ptAnime1.x - i, m_ptAnime1.y - i, m_rtPoke.x, m_rtPoke.y, m_pBmpPoke, BK_POKE_POS, 0, AEE_RO_TRANSPARENT);


		//移动完毕
		if (m_ptAnime3.x == m_ptAnime2.x - j)
		{
			for (i = 1;i <= m_nPosQueueTmp;i++)
			{
				m_arwPKQueue_2[m_nPosQueue_2] = m_arwPKQueueTmp[m_nPosQueueTmp - i];
				m_nPosQueue_2++;
				m_arwPKQueueTmp[m_nPosQueueTmp - i] = 0;
			}
			m_nPosQueueTmp = 0;
			m_nDelayms = FP_STEP5_DELAY;